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+# 2D Slopes and Loops in Unity 2023
+
+This is an implementation for June 2024's Mechanically Challenged using Unity 2023's 2D Physics engine.
+
+You can play the sample project here: [LINK](https://captaincoderorg.github.io/SlopesAndLoops-Impl/)
+
+## Unity Package / Source Code
+
+I have provided a Unity Package that can be imported into a 2D Core project: [CaptainCoder.SlopesAndLoops.unitypackage](CaptainCoder.SlopesAndLoops.unitypackage)
+
+Contents:
+
+* NoFriction.physicsMaterial2D - A 2D Physics material with 0 friction
+* Slopes and Loops Demo.scene - A Demo Scene
+* Materials/ - A single material used to create a tiling checkered background
+* Prefabs/ - Prefabs for the slopes and loops
+* Scripts/ - Several MonoBehaviour's used for the demo
+* Sprites/ - Sprites for Slopes and Loops
+
+## Approach: Slopes
+
+### Following the Slope of the Ground
+
+The image below shows a simple player controller that accelerates the player toward the world's "Left / Right"
+(`Vector2.left` / `Vector2.right`). *Note*: The green line shows the player's velocity.
+
+![Not Follow Slopes](imgs/not-follow-slope.gif)
+
+To follow the slope more closely, we can calculate the player's relative "Left / Right" to the ground and update the
+player's velocity whenever the slope of the ground beneath the player changes. The image below shows this in action:
+
+![Follow Slopes](imgs/follow-slope.gif)
+
+### Snapping to Ground
+
+In most cases, we could stop here. However, if the player's speed is too great, they can detach from the ground. In the
+image below, we see the player detaching from a steep curve and "launching" into the air.
+
+![Speed Detach](imgs/speed-detatch.gif)
+
+If this is not the desired behaviour, we can add in a check that "snaps" the player to the ground if they have moved too
+far. In the image below, you can see small red marks. These show the "correction" where the player is being moved to the
+ground.
+
+![Snap to Ground](imgs/snap-ground.gif)
+
+### Detach if Upside Down
+
+By introducing a snap to ground, this allows the player to travel while upside down.
+
+![Upside Down](imgs/upside-down.gif)
+
+If this behaviour is not desired, we can add a check such that the player only snaps to the ground if their relative
+"Up" is not considered upside down.
+
+![Detach upside down](imgs/detach-upside-down.gif)
+
+### FixedUpdate
+
+Because this relies on Unity's 2D Physics system, we put the code in `FixedUpdate`. Here is that method:
+
+```csharp
+void FixedUpdate()
+{
+    RaycastHit2D hit = Physics2D.Raycast(transform.position, -Up, _colliderExtents + SnapDistance, _groundLayer);
+    // Use raycast to determine if we are touching the ground
+    IsGrounded = hit.collider != null;
+
+    // If the player is touching the ground and is not upside down, snap them to the ground
+    if (IsGrounded && !IsUpsideDown) { SnapTo(hit.collider); }
+
+    // If the player is touching the ground, adjust the player's Up direction to match the surface of the ground
+    if (IsGrounded) { SetPlayerUp(hit.normal); }
+    // Otherwise, clear the ground
+    else { ClearGround(); }
+
+    // If the player is running up a wall (or upside down) and they are moving too slow, they fall.
+    if (IsGrounded && IsVertical && _rigidbody.velocity.magnitude < FallThreshold) { ClearGround(); }
+}
+```
+
+`SetPlayerUp` sets the player's relative Up direction based on the ground beneath them. **Note**: TargetMomentum is the direction of input the player is currently pressing (e.g. Left / Right).
+
+```csharp
+private void SetPlayerUp(Vector2 newUp)
+{
+    const float rotateThreshold = 80;
+    // Don't change the rotation on sharp corners (let's the player launch into the air)
+    if (Up == newUp || Vector2.Angle(Up, newUp) > rotateThreshold) { return; }
+
+    // Sets the player's Up and Right directions, and rotates the player to match
+    Up = newUp;
+    Right = Quaternion.Euler(0, 0, -90) * Up;
+    transform.rotation = Quaternion.Euler(0, 0, Vector2.SignedAngle(Vector2.up, Up));
+
+    if (TargetMomentum == SignOrZero(_rigidbody.velocity.x))
+    {
+        // If the target momentum is the same as the direction the player is actually moving,
+        // snap the player's current velocity to match their direction of travel.
+        _rigidbody.velocity = _rigidbody.velocity.magnitude * TargetMomentum * Right;
+    }
+}
+```
+
+`ClearGround()` resets the player's up and right.
+
+```csharp
+private void ClearGround()
+{
+    // Reset the player's Up and Right
+    Up = Vector2.up;
+    Right = Vector2.right;
+    transform.rotation = Quaternion.Euler(0, 0, 0);
+}
+```
+
+`SnapTo` ensures that the player is touching the ground.
+
+```csharp
+private void SnapTo(Collider2D ground)
+{
+    // Find the distance to the ground
+    ColliderDistance2D distance = ground.Distance(_collider);
+    // If we are already touching the ground, do nothing
+    if (distance.isOverlapped) { return; }
+    // Otherwise, move the player to the collider
+    transform.position += (Vector3)(distance.normal * distance.distance);
+    if (ShowDebugInfo)
+    {
+        Debug.DrawLine(distance.pointA, distance.pointB, Color.red, 1);
+    }
+}
+```
+
+## Approach: Loops
+
+With the SlopedGroundController in place, the player can move through curved surfaces without any additional
+modifications to the player's movement. However, we need to ensure the player only collides with the loop under certain
+conditions.
+
+To accomplish this, we use a loop with 3 edge colliders and a box trigger. When the player enters the trigger, we
+determine which of the surfaces to turn on. Then, as the player passes the "top" of the loop, the colliders change.
+
+![Loop Impl](imgs/loop-impl.png)
+
+Here is the script that determines which side of the loop to turn on when the player is approaching.
+
+```csharp
+public void OnTriggerEnter2D(Collider2D collider)
+{
+    if (collider.GetComponent<PlayerMovementController>() == null) { return; }
+    float firstDistance = Vector2.Distance(FirstEntry.position, collider.gameObject.transform.position);
+    float secondDistance = Vector2.Distance(SecondEntry.position, collider.gameObject.transform.position);
+    if (firstDistance < secondDistance)
+    {
+        FirstRamp.enabled = true;
+        SecondRamp.enabled = false;
+    }
+    else
+    {
+        SecondRamp.enabled = true;
+        FirstRamp.enabled = false;
+    }
+}
+```
+
+Here is the script that toggles the loop when the player passes the "top" point:
+
+```csharp
+public void OnCollisionEnter2D(Collision2D collider)
+{
+    Left.enabled = !Left.enabled;
+    Right.enabled = !Right.enabled;
+}
+```
+
+These same scripts can be used for additional loop types:
+
+![More Loops](imgs/more-loops.png)
+
+### Bugs and Further Development
+
+Although these loops work under most common conditions. It is possible to "break" them if you try hard enough to cause
+the colliders to toggle on / off. I believe this could be fixed by using AreaEffectors along with collision layer's that
+are toggled on and off in the SlopedGroundController rather than toggling the collider on and off directly on the loop.
\ No newline at end of file
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